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In recent times, there has been a growing appreciation for the numerous benefits of liver support supplements. It is essential to recognize the pivotal role our liver plays in our overall health. The liver is a true powerhouse in our body, responsible for a wide range of crucial functions, including protein synthesis, aiding digestion, blood purification, and hormone production.
Our liver serves as the body’s primary detoxifier and filter, but it faces an overwhelming array of challenges from various toxins, including environmental pollutants, processed foods, food additives, and even certain medications. Surprisingly, even seemingly harmless activities like sun exposure or exercise can trigger the production of free radicals, potentially causing oxidative stress and harming the liver. In essence, the more toxins we encounter, whether intentionally or unintentionally, the more strain we impose on our liver.
Signs of a struggling liver burdened by toxins may manifest as headaches, skin problems, digestive issues, a compromised immune system, and persistent fatigue. Unfortunately, living a completely toxin-free life is nearly impossible due to our environment and external factors. This underscores the importance of fortifying our liver’s health and function, and this is precisely where liver support supplements come into play.
Liver support supplements offer a wide array of benefits, including:
Now, let’s delve into some of the key ingredients commonly found in these remarkable liver support supplements.
Essential Components in Liver Support Supplements
Milk Thistle
Milk Thistle, also known as silymarin, is a top contender among the herbal supplements widely used for liver health. Milk thistle extract contains approximately 50 percent Silibinin, a potent antioxidant that combats free radicals, which can trigger inflammation. Recognized for its unique blend of antioxidant, antiviral, and anti-inflammatory properties, milk thistle is a valuable asset for individuals dealing with serious health conditions like non-alcoholic fatty liver disease, hepatitis, alcoholic liver disease, and even liver cancer. It plays a crucial role in preventing liver damage and inflammation. Additionally, it is often recommended for managing neurological conditions such as Alzheimer’s and Parkinson’s disease due to its ability to protect brain cells from oxidative damage, potentially preventing cognitive decline.
Artichoke
Leaf Widely consumed in diets across Europe, North America, and the Mediterranean, artichoke leaf is renowned for its significant contribution to liver health. Its high cynarin content can stimulate bile production in the liver, accelerating the detoxification process and aiding in the elimination of harmful toxins from the body. Furthermore, it contains the flavonoid silymarin, which acts as a protective shield for the liver.
Zinc
Zinc, an essential trace element, plays a critical role in cell division, immune function, and DNA synthesis. Zinc supplementation can provide protection against the oxidative stress caused by hepatitis C viral infections. Beyond these benefits, zinc promotes the production of various zinc-dependent enzymes crucial for maintaining liver function. It is also recognized for its potential to mitigate fatty liver disease by counteracting excess energy and preventing excessive lipogenesis, which could otherwise lead to increased fat accumulation in the liver.
Licorice
Root Licorice root contains an active compound called glycyrrhizic acid, which supports the regeneration of damaged liver cells and significantly reduces liver inflammation levels.
https://supplements4muscle.com/en/33-pct-and-liver-support
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When reviewing ASEA and their supplements, you may come across terms like “redox signaling,” “redox reactions,” and “health at a cellular level.” If you aren’t familiar with the science behind these terms, you may think it all sounds made up. You may wonder: Do these supplements actually work? Or is ASEA just a scam? Keep reading to learn about the science behind redox biology and how ASEA’s products work.
First of all, the term “redox” stands for reduction oxidation. Redox reactions are when one molecule takes away electrons from another molecule, thus oxidizing the second molecule. These molecules are called electrophiles, which attract electrons, and nucleophiles, which give up electrons.
Once this process is complete, the electrophile now becomes an oxidant. While this is a naturally occurring process, it becomes a problem when there are too many oxidants (also known as oxidized stress), and they start to damage your body, leading to various illnesses.
You can also develop oxidants through exposure to pollution, a bad diet, and age—leaving you even more vulnerable to poor health.
An example of a redox reaction is when your body burns the sugar and fatty acids in food, converting it into energy.
Because the balance of oxidants and antioxidants is so precarious and easily thrown off balance, your body created a way to help keep things as balanced as possible: redox signaling.
Redox signaling is a separate type of molecule that’s naturally produced in every cell in your body. It encourages new cell growth and injury healing. These molecules have your cells act as a messenger or an activator.
Activator molecules tell your cells to activate antioxidants that are stored within your body. Antioxidants are chemicals that keep oxidative free radicals from getting into trouble and causing harm to your cells.
Meanwhile, messenger molecules keep communication between cells clear so your immune system remains in top shape. They’re also the thing that tells your immune system to activate when a threat is detected.
Too much oxidative stress can cause problems for both the activator and messenger molecules, causing disruptions with each process. This leads to unneeded inflammation and illness and prevents new cell growth.
What kind of illness is caused by oxidative stress and the imbalance of antioxidants? Disrupted redox signaling can cause:
Now that you understand how an oxidant imbalance causes illness and how redox signaling can work to maintain balance, how specifically does redox signaling help some of the conditions mentioned above?
It’s hard to know for sure because the entire field of redox biology is new. Redox biology discusses low levels of reactive oxygen species (ROS) that activate different biological processes—also known as redox signaling.
There have been some minor breakthroughs in the directions scientists can go.
For example, scientists continue to work on creating ROS-based drugs that assist with aging, neurological disorders, diabetes, COPD, and cardiac dysfunction. Through this work, the scientists noted that NOXs (Nitrogen Oxides) are the only enzyme family that is in charge of ROS production and have connections to the previously mentioned diseases.
Ongoing clinical trials use this specific aspect of redox signaling, but the results have yet to be announced.
This work shows that some molecules will potentially work better than others in aiding different diseases, which creates a whole new path to follow.
Now let’s discuss ASEA in this review. The company understands the power of redox signaling and created a liquid supplement called ASEA® Redox Cell Signaling Supplement.
This supplement is derived from redox signaling molecules, which are shown to be necessary for the body’s health. It is designed to work as a bio-switch that tells your body to make more signals so you start to feel better.
This supplement aims to help your body keep producing these signals even when things like illness, poor diet, or age cause the molecules in production to slow or completely stop.
By mixing purified water and refined salt and putting it through ASEA’s patented electrolysis technology, the salt water becomes a supplement full of redox signaling molecules.
To learn more about the process, check out ASEA’s FAQ page.
Does ASEA’s supplement actually work?
According to users of the product, that answer is “yes.”
Jessi Kuhlman, former ice hockey player and current CrossFit trainer, loves the product and is now an ASEA athlete. In a video with former NFL player Damon Hazelton Jr., they discussed how they use the liquid supplement as part of their recovery process to keep up their performance level every day.
Danielle Matthews was hit by a drunk driver at 23 and had a significant change in her quality of life, even after recovering. At 25, she tried ASEA and felt like herself again within three months. She said she had the best energy levels and mental clarity and slept better than before.
Ashely Ulrey had experienced convulsions since she was six, though they worsened in her 30s. She needed to use a cane to get around and could no longer navigate the stairs of her home. A friend introduced her to ASEA, and the morning after trying it for the first time, she could get out of bed on her own.
Reviewing the ASEA site, there is a section about a 2009 clinical study, the ASEA® Redox supplement reduced levels of oxidative stress in 106 participants. Also, the participants had better cardiovascular support by taking the supplement.
More research needs to be done within the field of redox biology, but also about AESA’s supplement. The ASEA company is incredibly invested in the future of such studies and continues to fund new products and studies. It wouldn’t be a surprise if more studies came out soon.
The science behind this liquid supplement is legitimate, even if it’s largely unexplored. It will be interesting to see where the study of redox biology goes in the future. Whether ASEA’s dietary supplement works seems to depend on the individual. Though some people have called ASEA a scam, just as many claim that it’s life-changing.
You should decide for yourself now that you understand the science behind the supplement. Give ASEA a try and make your own decision.
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Firefighting foam, also known as fire suppressant foam or firefighting foam concentrate, is a vital tool used to combat flammable liquid fires. While its effectiveness in extinguishing fires is undeniable, it’s important to recognize that many firefighting foams contain toxic substances. These substances can have far-reaching implications for human health and the environment.
In this article, we delve into the various toxic substances found in firefighting foam and explore the potential risks they pose.
Per- and poly-fluoroalkyl substances (PFAS), a category of synthetically developed compounds, hold a vital position within the domain of firefighting foam. Their exceptional ability to form a sturdy and impenetrable barrier between the foam and the fuel source plays a pivotal role, as reported by the TorHoerman Law.
This distinctive attribute significantly bolsters the foam’s effectiveness in promptly confining and extinguishing fires, effectively halting the propagation of flames. However, The incorporation of PFAS into firefighting foam has garnered substantial attention and sparked the AFFF foam cancer controversy.
Healthline’s report highlights the connection between PFAS compounds and a variety of health concerns. These concerns encompass elevated cholesterol levels, liver dysfunction, fertility challenges, and increased susceptibility to cancer. Termed “forever chemicals,” these substances resist environmental degradation, resulting in their accumulation across plant, animal, and human ecosystems.
The contamination of PFAS can seep into the soil and groundwater, leading to the pollution of drinking water sources and aquatic ecosystems. The extensive utilization of firefighting foam has resulted in PFAS contamination spreading to areas surrounding firefighting training facilities, airports, and industrial sites.
In recent times, a study conducted across six specific states has unveiled disconcerting revelations regarding drinking water. Shockingly, around 18% of the total 5,300 water systems within these states were identified as containing PFAS, including perfluorooctanoic acid and perfluorooctane sulfonate.
Alarmingly, these detected levels exceeded the interim revised health advisory thresholds established by the Environmental Protection Agency (EPA) for the year 2022.
Fluorotelomer alcohols, similar to PFAS, constitute a distinct category of chemicals frequently present in firefighting foam. Their purpose parallels that of PFAS, as they aim to augment the foam’s efficacy. This is achieved by establishing a protective barrier between the foam and the fuel, thereby aiding fire suppression efforts.
Fluorotelomer alcohols have the potential to degrade into PFAS compounds, thereby compounding the health hazards linked with PFAS exposure.
Recent research by the FDA underscores this concern. A novel study highlights the accumulation of Fluorotelomer alcohols within the adipose tissue, liver, and plasma of laboratory rats. This accumulation persists for over a year, equivalent to half of the rats’ lifespan.
Another study, conducted separately, scrutinized the safety of these compounds based on industry assertions.
However, this analysis exposed a critical oversight: the claims disregarded publicly available data that indicated a heightened level of toxicity associated with their products.
Polybrominated diphenyl ethers (PBDEs) constitute a collection of synthetically created organobromine compounds. These compounds have been used as flame retardants in polyurethane foams. Additionally, they have been integrated into polymer resins and plastics, playing a crucial role as integral components within electrical appliances.
The presence of polybrominated diphenyl ethers (PBDEs) in food carries health implications for individuals of all age brackets. Experts drew conclusions about potential health concerns related to PBDEs based on an assessment of animal experiments outlined in the preliminary viewpoint. These compounds were found to have adverse effects on both the reproductive and nervous systems.
Ammonium perfluorooctanoate (APFO), at times, finds its application within firefighting foam formulations with the purpose of diminishing the surface tension of water. This characteristic serves to enhance the foam’s ability to disperse evenly, enabling more effective coverage and improved fire suppression capabilities.
Exposure to ammonium perfluorooctanoate (APFO) has been associated with notable physiological effects, including an enlargement of the liver and the development of corneal opacity.
Further research is necessary to comprehensively understand the extent of these health implications and to develop effective mitigation strategies.
While firefighting foam plays a crucial role in mitigating flammable liquid fires, it’s important to acknowledge the potential hazards associated with the toxic substances it contains.
Firefighting organizations, researchers, and policymakers increasingly recognize the urgency of addressing these concerns. Efforts are being made to develop and adopt environmentally-friendly foam formulations that minimize the use of toxic substances.
As awareness expands and novel innovations come to light, the firefighting community is progressively advancing toward a safer and more sustainable future. This evolution aims to achieve fire suppression effectiveness while upholding the paramount importance of human health and the preservation of the planet’s well-being.
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